Rhombuses always have 4 equal sides, trapezoids do not.
No, trapezoids are quadrilaterals, they have 4 sides. Triangles have 3 sides.
Some shapes that fit that condition are parallelograms, scalene triangles, and trapezoids.
Triangles are 2d. Pyramids are 3d.
Well, honey, a hexagon has six sides, so technically you can fit six trapezoids in there if you get creative with your shapes. But if you're talking about how many trapezoids can fit perfectly inside a hexagon without overlapping, then the answer is zero. Hexagons and trapezoids are like apples and oranges, they just don't fit together like that.
There is not enough information about the triangles to be able to answer the question.
Rhombuses always have 4 equal sides, trapezoids do not.
Well, honey, a hexagon has six sides, so technically you can fit six trapezoids in there if you get creative with your shapes. But if you're talking about how many trapezoids can fit perfectly inside a hexagon without overlapping, then the answer is zero. Hexagons and trapezoids are like apples and oranges, they just don't fit together like that.
triangles
By cutting through its diagonal and cutting off each corner parallel to its diagonal which will leave you with 2 triangles and 2 trapezoids.
there is no difference
You need at least four triangles, or at least three trapeziums. Or two triangles and one trapezium.
The only way they are both alike as if they a equilateral.
Rhombuses always have 4 equal sides, trapezoids do not.
No, trapezoids are quadrilaterals, they have 4 sides. Triangles have 3 sides.
the difference between these triangles is the angles.
Some shapes that fit that condition are parallelograms, scalene triangles, and trapezoids.